The Rock Wrangler - The Rock Wrangler

Smart rocks and sharper minds how Australia’s data-driven explorers are redefining rare earth and vanadium discovery for the clean energy future

If you thought mining was all about brute force and big rigs, think again.

By Jamie Wade on October 29, 2025
Innovation, Research and Development, Technology Adoption, Collaboration with Research Institutions, Mines & Projects, Project Overviews, Case Studies, Exploration, Geological exploration and resource modelling, Geoscience data visualisation and analytics, Exploration technologies and methodologies
Australia, Western Australia, Goldfields-Esperance, South West, Queensland, North West Minerals Province
Terbium, Dysprosium, Base Metals, Vanadium, Rare Earth Elements, Praseodymium, Neodymium

Vanadium steps into the spotlight as Queensland’s Lindfield Project fuels Australia’s clean energy charge with geology logistics and battery power to match

When it comes to the energy transition, not all batteries come wrapped in lithium.

Data reveals what drilling can’t: How Geoscience Australia is mapping the hidden rare earth riches buried beneath Australia’s ancient landscapes

It’s not often a map redraws itself — but that’s exactly what’s happening to Australia’s rare earths landscape.

From data to drill rigs: how Jupiter became Australia’s biggest clay rare earth discovery and a model for finding the next generation of critical minerals

When a geologist looks at a gravity anomaly and sees the future of Australia’s critical minerals, it’s worth paying attention.

When dirt looks the same data decides how geochemistry and machine learning are revealing hidden rare earth riches beneath Western Australia’s surface

If you think spotting a rare earth deposit is tough, try identifying one when it looks exactly like barren dirt.

Cracking the clay code as CSIRO’s multiscale mineralogy reveals how rare earths hide in WA sands and why smart mineralogy is the new exploration edge

When it comes to rare earths, the real magic isn’t in the elements, it’s in the minerals that host them.

Bioleaching transforms coal waste into safe material while producing high purity ferrous sulphate proving mine liabilities can become valuable resources

A new study has shown that bioleaching can strip more than 90% of sulphur and iron from coal waste, neutralising its acid-generating potential and creating a saleable by-product.

How rare earths are quietly pulling the mining world into a new age of magnetism and redefining the balance of power beneath the surface

In mining, every generation gets its own frontier.

Cyclone sand dams could be Australia’s untapped edge in tailings management turning old technology into a smarter safer future for mine sites

Australia’s mining sector could be overlooking a low-risk, high-reward tailings management method that’s been delivering stability and efficiency in other parts of the world for decades.

Mining in the age of mayhem as global shifts, power plays and policy whiplash redraw the map for critical minerals and Australia’s next move

When global power plays, policy whiplash and economic shocks collide, opportunity hides in the chaos — and for Australia’s critical minerals sector, survival now depends on strategy as much as supply.